The Amicus swivel chair (model 02.633.1), designed by Filip Babiarz, represents a refined approach to modern urban furniture. This high-quality chair with a backrest is engineered to meet the demands of sophisticated public spaces, combining ergonomic comfort with exceptional durability. With a width of 23 ½ inches and an overall height of 34 ¼ inches, this piece offers a compact yet substantial footprint, making it an ideal choice for both intimate garden settings and professional outdoor environments. Its robust construction, weighing 95 lbs, ensures stability while maintaining a sleek, professional silhouette that complements various architectural styles.
Durability is at the core of the Amicus product line. Clients may choose between high-grade carbon steel (S235JR) or stainless steel (AISI 304), both of which are treated to withstand the rigors of frequent outdoor use and harsh weather conditions. The seating and backrest surfaces are crafted from premium materials, including European coniferous wood, hardwood of European origin, or either oiled or premium exotic woods. These material options allow for seamless integration into diverse landscapes, providing a natural aesthetic that softens the industrial strength of the metal framework. As a standout piece of street furniture, this armchair is designed to be securely anchored to the ground via a reliable screw-mounting method.
The Amicus collection exemplifies the intersection of utility and contemporary design within the realm of benches and outdoor seating solutions. By utilizing high-quality materials and precise manufacturing techniques, ZANO ensures that each chair provides lasting comfort and aesthetic appeal. This product is particularly well-suited for plazas, promenades, and park areas where versatile, long-lasting urban furniture is required to facilitate rest and relaxation. Every component of the Amicus swivel chair is thoughtfully executed to support high-traffic usage, establishing it as a durable and stylish staple in modern public infrastructure projects.